Weekly Schedule and Class Notes |
- Lecture notes : all notes will be posted in this section.
- It is your responsibility to download, print and bring the notes to the class. Notes will be available 24 hours before each class.
Week |
Date |
Topic |
Reading |
Assignments |
Notices and Dues |
Notes |
1 |
03/05 |
1. Introduction 2. Definition of Qubit |
Lecture Note |
Homework #1 |
Due for Homework #1 [March 11th] |
|
2 |
03/12 |
3. Latex Practice for Quantum Computing 4. Qubit and Basis 5. Quantum Dynamics |
Lecture Note |
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3 |
03/19 |
6. Beamer Practice for Quantuum Computing 7. Quantum Operators 8. Quantum Computing Implementation |
Lecture Note |
Homework #2 |
Due for Homework #2 [March 26th] |
|
4 |
03/26 |
9. IBM Q Access 10. Quantum Circuit 11. Bloch sphere-based representation 12. Quantum Deep Learning |
Lecture Note |
Homework #3 |
Due for Homework #3 [April 1st] |
|
5 |
04/02 |
13.Probability and Expectation of Quantum status 14. Quantum operator (Hermition and Unitary) 15. Sheorindger Equation 16. Specturm Decomposition |
Lecture Note |
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6 |
04/09 |
17. Reversible operators 18. Superpositionn and entangled 19. Spectrum Decomposition (II) 20. CX gate and Toffoli gate |
Lecture Note |
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7 |
04/16 |
Reading day |
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8 |
04/22 |
21. Quantum Fourier Transformation (I) |
Lecture Note |
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9 |
04/23 |
22. Quantum Fourier Transformation (II) 24. Trace 25. Density operator 26. Density operator-based Dynamics |
Lecture Note |
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10 |
04/30 |
27. QPE 28. HHL algorithm |
Lecture Note |
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11 |
05/07 |
Midterm exam |
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12 |
05/14 |
29. Gurobi Optimization |
Lecture Note |
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13 |
05/21 |
30. Hardmard Gate and searching power 31. Phase Estimation 32. Grover algorithm (I) |
Lecture Note |
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14 |
05/28 |
33. Bitwise operation 34. Phase Kickback 35. Deutsch algorithm 36. Deutsch-Jozsa algorithm 37.Grover algorithm (II) |
Lecture Note |
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15 |
06/04 |
38. Implementation of Grover algorithm 39.Quantum Machine Learning |
Lecture Note |
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16 |
06/11 |
reading days |
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17 |
06/18 |
Final exam |